Rotary Vibration Screen For Chemical Fertilizer Industry
https://www.dyvibratingscreen.com/vibrating-sieve

Rotary Vibration Screen For Chemical Fertilizer Industry

DY series rotary vibrating screen uses vertical motor as the excitation source, and eccentric hammers are installed on both sides of the motor, which can convert the motion into horizontal, vertical and inclined three-dimensional motion, and then transfer these three-dimensional motion to the materials on the screen surface. Adjust the phase angle of the upper and lower sides to change the movement track of the material on the screen surface. The rotary vibrating screen has high screening accuracy, convenient and fast operation.

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Xinxiang Dayong’s stainless steel rotary vibrating screen has a small horizontal distance between the inlet and outlet, which is convenient for machine layout. The outlet direction can be adjusted within 360 degrees. The power source of the vibrating screen is the vibrating motor. The eccentric weight (unbalance) is arranged at the top and bottom of the rotating shaft of the vibration motor. Under the action of, the eccentric weight is transformed into horizontal, vertical and inclined three-dimensional motion. The rotary vibrating screen uses the motor to transfer the three-dimensional motion to the materials on the screen. By changing the phase angle of the up and down eccentric weight of the vibration motor, the movement track of the material is changed.

In order to improve the screening effect of rotary vibrating screen when screening fine materials, equipment such as ultrasonic system can be added. Change the phase angle of the hammer at the top and bottom of the vertical vibration motor, so as to change the movement direction of the raw materials in the food industry and achieve the goal of screening. At the top and bottom of the vertical motor, there is an eccentric hammer, which is considered as a vibration source. The eccentric hammer can convert the rotary motion of the motor into horizontal, vertical and inclined three-dimensional motion, and then transfer the motion to the screen surface.

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